For Land Rover Range Rover Evoque 20 Brake Rotor eLINE Drilled & Slotted 1-Piece
eLINE™ Drilled and Slotted 1-Piece Rear Driver Side Brake Rotor (ECB-11034L) by R1 Concepts®. Quantity: 1 Per Pack. eLINE Series Brake Rotors provide high-quality stopping power at a low and affordable cost. With R1 state-of-the-art technology, you don't need to choose between performance and budget: it's all there in a single package. Your brake rotors will last longer, cost you less, and ensure your vehicle's safety for thousands of miles to come. Cross-Drilled and Diamond-Slotted rotors provide the maximum benefits in stopping power, durability, and performance. Brake Rotor Coating is designed to disappear in the area that the brake pads contact the rotor.
Specifications
| Manufacturer Part Number | ECB-11034L |
| Product Type | Brakes |
| UPC | 194873472948 |
| Brand | R1 Concepts |
| Other Part Number | 5074055464 |
| Fitment Type | Direct Replacement |
| Interchange Part Number | ECB11034L |
| Compatible Make(s) | Land Rover |
| Fitnote | With Solid Rear Rotors |
| Product SubType | Brake Rotors |
| Rotor Style | Drilled & Slotted |
| Rotor Material | Cast Iron |
| Rotor Finish | Black |
| Rotor Design | Rotors Only |
| Number Of Pieces | 1 per Pack |
| Driving Style | Performance / Racing |
| Brand Type | Aftermarket Branded |
| Brakes Location | Rear |
| Product Name | Brake Rotor |
| Placement On Vehicle | Rear, Left |
| Material | Iron |
eLINE™ Drilled and Slotted 1-Piece Rear Driver Side Brake Rotor (ECB-11034L) by R1 Concepts®. Quantity: 1 Per Pack. eLINE Series Brake Rotors provide high-quality stopping power at a low and affordable cost. With R1 state-of-the-art technology, you don’t need to choose between performance and budget: it’s all there in a single package. Your brake rotors will last longer, cost you less, and ensure your vehicle’s safety for thousands of miles to come. Cross-Drilled and Diamond-Slotted rotors provide the maximum benefits in stopping power, durability, and performance. Brake Rotor Coating is designed to disappear in the area that the brake pads contact the rotor.
